Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.
Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.
Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.
Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.
Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.
Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.
Thousands of tons of plastic waste enter the world’s environment every day, and will remain there for hundreds of years, unless collected for incineration. The oxo-biodegradable process provides an alternative to prohibiting plastic by providing the most effective method of plastic disposal without damaging the environment. The oil and natural gas based Reverte® has several advantages over the other vegetable based biodegradable option, hydro-biodegradation.
A very small amount of Reverte® is put into the manufacturing process. This breaks the molecular chains in the polymer, and at the end of its useful life the product falls apart. The plastic does not just fragment, but will be consumed by bacteria and fungi after the additive has reduced the molecular weight to a level which permits micro-organisms access to the carbon and hydrogen.
When the material has reached the fragmentation stage it is no longer a plastic, and is “biodegradable” in the same way as nature’s wastes such as straw and twigs. The process continues until the material has biodegraded to nothing more than CO2, water, and humus, and it does not leave fragments of petro-polymers in the soil.